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The 40-year-old nuclear fission puzzle solved
When an over-inflated balloon bursts, its parts fly away in opposite directions and perform various feats in the air. The process of Nuclear fission, in which a nucleus is split in two, accompanied by the emission of several neutrons, works in a similar way. The energy released in the process manifests itself not only in the form of kinetic energy of the fragments that have arisen, but also in the form of rotation and other core excitations. One of the accompanying phenomena is the emission of Gamma ray quantaNot only the surplus of the generated energy, but also the Angular momentum cancel (ie inhibit rotation).
Image source: Pixabay
An Italian-American team led by Francesco Giggi from the University of Catania has one Muon tomograph Developed in original size that can scan shipping containers for fissile material. The researchers used two layers of Muon detectors and a special algorithm to create a 3D image of a small lead container hidden in the container.
A team of physicists from the University of Sussex in the UK published the construction of a novel in the ACS Nano Journal microchips on the basis of graphene and other single-layer materials (2D) with a record-breaking small size. As the authors explain the achievement, it was produced by "crinkling" layers of graphene in what they call Nano origami describe.
Stephen Hawking predicted that Black holes Emit radiation like a black body. This emission, known as the Hawking emission, is constant over time and its temperature is determined by the Gravity certainly. Although Hawking's prediction is 50 years old, the temperature of the radiation has not yet been confirmed by observations. It will likely be extremely low, on the nanokelvin scale or less.
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Samsung Electronics did the development of the first High Bandwidth Memory (HBM) announced module that is integrated with an artificial intelligence module - HBM-PIM. The Processing-in-Memory (PIM) architecture The interior of the high-performance memory modules is primarily intended for accelerating data processing in database centers, high-performance computing (HPC) systems and mobile applications.
German researchers at the Max Planck Institute for Quantum optics have a logical Gate operation performed with two qubits located in two different laboratories. Your achievement is a very important step towards distributed quantum processing. It could allow the building of modular computer systems made up of devices that are in different places but function like one big computer. The addition of another qubits now quantum computers is not an easy task. Qubits must be able to perform logical operations and at the same time from external influences (noise) that their Quantum state can destroy, be isolated.
We live in a modern world full of devices that run on electricity. The development of new technologies ensures that cell phones, laptops, tablets and many other mobile devices are with us every step of the way. Lithium-ion batteries, so-called Li-ion rechargeable batteries, are most commonly used for powering mobile devices, but due to their slow charging, short service life and environmental pollution (due to the high content of heavy metals, e.g. cobalt), more and more attention is being paid to Super capacitors directed. These are devices that have properties of Batteries and capacitors combine. What is it related to? Longer service life, easier recycling and, above all, faster charging, which means time savings. After all, time is money.
Dependoviruses or parvoviruses "associated" with adenoviruses (AAVs) are very useful tools in the US Gene therapy. This is because they can transfer DNA into the cell and are harmless to humans. Therefore, they are used as carriers of the genetic information needed to fight diseases.